• 4.2 Kg - easy desktop or mobile mounting
• ±0.1 mm repeatability for accurate manipulation
• Smooth, Coordinated motion across all axes

• No. of Axis Reach : 5+ Gripper
• Reach : 100 mm to 450 mm
• Payload : .500g
• Axis 1,2,3,4,5 : 360, 180, 180, 270, 180 Deg

The Discharge Through Notches apparatus is used to study and measure the flow rate of water over different types of notches, such as V-notch and rectangular notch.

• Fiberglass reinforced plastic (FRP) Flumes for accurate measurement of flow in open Channel
• 1 to 80 cusecs flow measuring capacity
• Engraved guage marking in litre/sec, cusecs and centimeter

• Parshall Flume is made of Fiberglass reinforced plastic (FRP) material. It is prefabricated and calibrated structure used for accurate measurement of flow in open channels.

• The Double Ring Infiltrometer is a reliable and precise instrument designed for determining the infiltration rate of water into the soil.
• Constructed from durable and robust Mild Steel for long-term use.

• A rain gauge is used to gather and measure the amount of liquid precipitation over an area in a predefined area, over a period of time
• It is used for determining the depth of precipitation that occurs over a unit area and thus measuring rainfall amount

• Stevenson Screen are standard shelter for Max., Min., wet and dry bulb thermometers used to record humidity and air temperature.
• It is kept 1.2m above the ground by legs / Concrete Pillars to avoid strong temperature gradients at ground level,

• Open Pan Evaporimeter that measures the rate of evaporation of water into the atmosphere, sometimes it is called an Atmometer.
• Evaporation rates are so sensitive to the water supply and the nature of the evaporating surface.

• Material : Brass
• Usage/Application : Survey
• Theory : The instrument consists of a glass sphere of 10 cm diameter.

• Cup wheel comprising of three conical cups made from Copper sheet with bedded edges and free to rotate in a horizontal plance.

• Real Time Physiograph / MultiPara/ Bio-Amplifier,
• 3 Channel with USB Educational Trainer for ECG, EEG, EMG
• Amplified output to PC through USB & 2mm or 4mm socket output to DSO.

• Real Time Measurement
• Operating Frequency 8 MHz
• Transducer Piezoelectric Doppler Type

• The Sphygmomanometer is a blood pressure measuring device featuring a Latex Bulb & Bladder for accurate readings.
• Crafted with precision, it includes a cotton cuff equipped with a D-Ring

• Heart Rate Indicator LED Trainer Real Time Heart Rate Monitor, Finger Plethysmograph, LED Display 3 Digit.
• Optical Finger Transducer, Threshold adjustable.
• Output up to 5Vpp.
• Visible & Audible Indication.

• Display :3 ½ LED display
• Facility for digital cell constant adjustment
• Conductivity cell, Stand , Dust cover
• Technical reference and experiment manual

• Display :3 ½ LED display
• Two point calibration
• pH Electrode, RTD Probe, Electrode Stand Buffer tablets (7 & 14 ph), Sample bottle, Dust cover
• Technical reference and experiment manual

• Operation Mode : Manual
• Material : Stainless Steel
• Power : 2.5V
• Color : Silver and Black

• Anti A Blood Grouping Reagent
• Anti B Blood Grouping Reagent
• Anti D Blood Grouping Reagent

• The haemometer is supplied as a complete set, consisting of housing molded from Thermostatic phenol-formaldehyde resin which makes it resistant to most laboratory reagents.

• The new and improved Neubauer Hematocrit with dual cell counting chambers and improved bright line grid lines for easier viewing

• Bichromatic/ multichromatic optic system
• 8-channel optic fiber system, get reading result in just 5 seconds
• Touch-screen or external mouse
• Large memory

• A weighing balance is a device used to measure mass or weight, commonly available in digital (using load cells) and analog (using springs) forms.

• COPPER WINDING MOTOR
• 3500 RPM
• FIXED ANGLE ROTOR
• COMES WITH 8 SPARE TUBES & 1 SET OF CARBON
• VARIABLE SPEED ADJUSTMENT

• Provides LED Illumination with Adjustable Brightness for Clear & Bright Specimen Viewing.
• Binocular Viewing Design Ensures Comfortable & Natural Eye Positioning During Extended Use.

• Wide Wavelength Range (340–960 nm) Covers complete UV visible spectrum for diverse chemical, biological, and environmental assays

• Scale : Brix Scale 28-62, Refractive Index 28-62
• Dimension : 160 x 40 x 40 mm
• Color : Black and White
• Power Source : DC
• Range : 28-62%

• Operational amplifier based PID controller.
• P,I,D potentiometer provided.
• 2 No’s of Digital display to display the set point value and process value.

• Speed adjustable. Gentle shaking, applied in different industries.
• LED display time and speed.
• Compact and clean designed, streamlined fuselage, simple operation, convenient for cleaning.

• Outer Chamber Made by thick M.S sheet
• Work table made by S.S 304
• U.V Light available
• Fluorescent LED light Available.

Autoclave utilizes steam to rapidly and effectively sterilize various medical equipment, surgical dressings, and utensils Constructed from durable seamless aluminum sheet material.

• Inner chamber made of SS and outer made of mild Steel with Powder coating
• Gap between the walls fitted with glass wool insulation to avoid heat loses

• Readout 0 – 999
• 7-Segment LED Display
• Auto Marker Pen
• Audible Confirmation of Each Count

• Speed Range : 1000-3000 rpm
• Body Shape : Round
• Base Material : Heavy Cast Iron

• Voltage : 220-230V AC
• Application : Pharmaceutical laboratory, microbiology, oil and gas industry, food production laboratory
• Temperature controller : Energy Regulator

• The apparatus consists of 500 ml heat resistant glass with neck having ground glass joint
• A condenser made of heat resistant glass

• Wide Wavelength Range (340–960 nm) Covers complete UV visible spectrum for diverse chemical, biological, and environmental assays
• High Sensitivity Precision: Delivers accurate absorbance, transmittance, and concentration readings

• Distillation Tank – 1 liter capacity
• Condenser : Condenser tube type
• Condenser glass tank
• Heating mantle fixed on the frame
• Heater : Nichrome wire heater

• Hood width : 900 mm
• Outer material :GI powder coated
• Worktop material : Granite
• Sash type :Vertical

• Unit of Tests : 3
• Voltage : 220 V
• Frequency : 50-60 Hz

Double Wall Mild Steel Water Bath is a laboratory equipment made from a container filled with heated water. It is used to incubate samples in water at a constant temperature over a long period of time.

• Machine capacity : 300Ltr/Hr.
• Tank cap : 25Ltr.
• No . of S.S Discs : 25
• Motor : 1425RPM Single Phase Electric Motor 0.25HP
• Machine Separation Temperature : 35-40C/95-108F

• Voltage : 220-230V AC
• Design : with Speed Regulator
• Power : 1/20 HP
• Movement : Horizontal & Vertical Direction
• Disc Material : Stainless Steel

• Body Material :Stainless Steel
• Type: Blast Freezer
• Temperature Range :+90 degree c to +3 degree c
• Capacity : 3 trays to 5 trays

• Capacity : 120-150 samples per hour
• Diluent Volume : 6.5 ml /test
• Material : MS

• Electrically Operated Centrifuge.
• Inclusive of rotor to accommodate 8 butyrometers (not supplied)
• Timer (0-5 Minutes).
• Mechanical Brake.
• Anti-vibration rubber pad.

• Height of the laboratory equipment is 1.8 meter (Adjustable).
• Load can be exerted up to 50Kg.
• Maximum and Minimum height of drop is 1800 mm and 750 mm respectively.

• Material : Stainless steel
• Voltage : AC 220V/50HZ
• No of sealing bars : 1nos
• Sealing length : 260 mm
• Sealing width : 10 mm

• A Paper Puncture Resistance Tester is a specialized instrument used to evaluate the puncture resistance of paper and paperboard materials.
• The tester typically consists of a sturdy base with a vertical support structure.

• Capacity: Up to 1.00 kg/9.8N
• Least count: 0.001Kg/0.01N
• Direct display: Static and kinetic friction values.

• Table Top Model
• Digital Display of load and Elongation.
• Key board operation.
• Tare Facility for force and displacement.
• Load display in Kg. Or Newton.

• Humidity Range (Rh %) 30% to 95% ± 5% RH
• Temperature Range 5° to 50° C ± 2°C
• Chamber Capacity 95 Ltr
• Voltage 220 V

• Capacity : 10 L
• Core Components : Motor
• Power : 1.9 kW
• Material : Stainless Steel

• Capacity 415x400x120 mm
• Material Stainless Steel

• Manual Type
• Pet can machine
• 6 cans per minute
• 1 HP Single Phase

Rotary vacuum evaporators are efficient laboratory distillation units for applications like standard solvent distillations, concentration of reaction mass or solutions, separation of solvents from extracts, crystallization and powder drying.

• Display Type : Digital
• Grade : Semi-Automatic
• Container Bottles Diameter : 12 numbers
• Container Height Range : 90 mm

• Made of stainless steel
• Double walled with pressure gauge
• Lid stainless steel
• Water level with cut off device

• Capacity : 75 Ltr
• MOC : S.S 304 2 MM THK
• Agitator Motor : 0.25 HP
• No. of Blades : 2

• 1 H.P MOTOR
• Capacity : 600-800 Cans per Hour
• SEMI AUTOMATIC

• No. of Sieves : 7
• Capacity : 35-40 kg/hr
• 0.5 HP Electric Motor

• Capacity:700 ml / hr of Water Evaporation
• Hot air flow:Co-current
• Nozzle type: Two-fluid nozzle

• The dryer having outside M.S. Painted sheet.
• Between the two walls is having glass wool insulation
• Capacity : 4 Trays

• Outer chamber of Mild Steel with Powder coating
• Inner Chamber made of Stainless Steel
• Doors are double walled, made of MS steel

• Built with durable sheet metal and stainless steel inner chamber ensuring long-term performance.
• Digital Temperature Control
• Designed for microbiology, bacteriology, and research applications

• Plate type heat exchanger to transfer the water heater.
• Industrial type immersion water heater to heat the water.
• Thermocouple sensor to sense the inlet and outlet temperature.

• The machine is capable of extracting oil from the material with high efficiency, resulting in minimal waste and maximum yield.
• Designed with intuitive controls that allow operators to easily manage the extraction process without extensive training.

• The rubber roll sheller is used in rice processing plants if the paddy rice is to be shelled carefully at high capacities. As soon as the cleaned paddy gets on the vibration channel

• Our screw conveyors are engineered to facilitate the efficient movement of bulk materials throughout your processing facility. Their corrosion-resistant construction ensures durability, while electric operation supports continuous workflow.

• They are primarily utilized to vertically convey powder bulk solids, such as grains, sugar, sand, minerals, etc. This version works by digging into materials at the boot section and employing high-speed

• Capacity per hour :100 kg/hr
• Machine type : Semi Automatic
• Electricity Connection :Single Phase

• Motor Power: 2 HP
• Motor Speed: 2800 RPM
• Motor Winding: Copper Winding
• Power Source: Single Phase 220V

• The Manual Paddy Thresher is an useful and effective instrument for small-scale farmers and agricultural enthusiasts aiming to process rice grains with minimum labor and maximum yield.

• 18cm (7Inch) weeding hoe for weeding in field
• 3 tine cultivators for tilling soil
• Tiller is used for ploughing and creating trenches across plants

• The 7-blade reel is perfect for cutting bent grass types
• Easily adjust the cutting height from 0.5 inches to 2.5 inches for a customized lawn cut.

• 16 L one piece tank.
• Bigger Chemical Tank Mouth reduces Wastage while filling the spray solution Comes with filter.

• Manual Seed Drill is a reliable and efficient tool for precise seed sowing.
• Designed for small and large-scale farming, it ensures uniform seed placement and optimal germination.

• The Manual Rice Transplanter Machine 2 Rows is an innovative agricultural tool designed to simplify the rice planting process.

• A Multi Tyne Cultivator is a versatile and essential tool for any farm
• This agriculture tool is designed to break up tough soil, promote aeration, Control weeds, and prepare seedbeds for planting.

• It is a specialized agricultural implement designed for puddling rice fields—that is, preparing wet soil for transplanting rice.<\li>

• Disc Plough is used for intial soil preparation for sowing seed or planting.
• Generally used for deep tillage of land, to help turn over the upper layer of the soil,

• Mini Power Tiller is a 4 HP petrol-powered power tiller designed for efficient soil cultivation and weed management.
• Equipped with a reliable 4-stroke, 4 horsepower petrol engine

• Carries upto 7 sieves of 200mm diameter in single adaptor.
• The shaker is driven by a 1/4 HP motor through a reduction gear
• The sieve table does not rotate, but is inclined from the vertical axis.

• Wide measuring range and wide application
• Dual sensor with built-in small pins and external long sensor
• LED indication for moisture content

• Medical Patient Safety Measurement Trainer Kit
• Four Parameter Measurements.
• Insulation Resistance, Short, Open, Frequency & Voltage responses test.

Real Time data transfer & Receive. FM Transmutation. Transmitting Range ±2 to 3  Meter without obstacle. Display LCD 16 X2, High, Low Setting, Key Board- Set, UP, Down, Enter Keys Output-HRI/RRM Signal pulse

• Study of Principal & Operating Procedure. Study of Electrodes, Monopolar & Bipolar, Pencil Switch, Foot Switch, etc. Study of different Modes & application of each Modes. Difference between bipolar and monopolar techniques

• Ultrasonic diathermy Equipment are used in Physiotherapy equipment produce high-frequency sound waves that travel deep into tissue and create gentle therapeutic heat.

Diathermy uses high-frequency electric current to produce heat deep inside a targeted tissue. The diathermy machine does not apply heat directly to the body.

Real time GSR. Operating Principal Conductivity  Reusable Finger Disc Electrodes with Velcro. Measurements Dc &

3 Lead Electrodes placements Active, Reference & Ground. Electrodes Disc with Velcro & Disposable Electrodes. Mode Self Test & EOG, Gain & Self-Test Adjustable

• AC servo motor is permanent split capacitance induction motor
• Thyristor based power driver circuit
• Advance Digital Micro Controller as PID Controller

• 12V/ 0.5A permanent magnet D.C. motor
• High current power driver with protection.
• Advance Digital Micro Controller as PID Controller

• Highly torque stepper motor.
• Position feedback sensor fixed on motor shaft.
• PWM based intelligent power driver to drive the motor supply.
• Digital display to display the motor position.

• Thermistor / RTD as a temperature sensor
• Temperature Signal Conditioner Circuit
• Advance Digital Controller (µC) to control process temperature

• Single order process four numbers provided
• Provision to study the Ist,IInd, IIIrd, IVthorder response
• Windows 7 / 8/ 10 based Data Acquisition and Control Software

• Advance Micro Controller Based Digital PID Controller
• Four Digital Key Pad
• Colour LED Display for Setpoint and Process Value
• Open Loop & Close Loop Options Available

• 4 No’s of small solar panel pasted on individual panel
• Table top position movable AC lamp
• Intensity control circuit with variable provision
• Digital DC panel voltmeter and ammeter to measure the panel voltage

This hybrid wind/solar system consist of 100Watts wind turbine with blower setup, Hybrid DC-DC converter and Battery with inverter.

This module consists of Inverter setup with panel meters, Solar panel with stand, Tilting mechanical light setup, Inclination meter etc., to study the solar panel module.

• 50 V DC / 500 watts emulator
• Voltage, Current, power indicators
• LCD Display with Switches
• Data Logging, Trend plot, Report generation and printing
• LabView based programming software

This module consists of Fuel cell, 50W DC-DC Boost Converter, Rheostat Load, etc., to study the Fuel cell.

• Wi-Fi connectivity allows remote access, monitoring, and control of RS485-connected devices without the need for physical wiring.
• Support the range 100 Meter.
• Bi-Directional transceiver system.

• Entry Level 3D Printer
• ABS Come with heated bed
• Print Size : 200 x 220 x 250mm
• Print Speed : 100mm/Sec
• Nozzle Diameter : 0 – 4mm, 0 – 8mm
• Display : LCD Display

• Processor: Quad-core ARM Cortex-A72, 1.5 GHz for fast performance.
• On board Applications : ESP32, I2C LCD Display,5V DC Relay with Driver.

• It uses an ATmega328P microcontroller operating at a clock speed of 16 MHz.
• On board Applications : ESP8266, LCD Display, 5V DC Relay with Driver,

• Quad-core ARM Cortex-A72 for raspberry and ATmega328P microcontroller for arduino.
• On board Applications : ESP32, I2C LCD Display,5V DC Relay with Driver.

• ARM 32-bit Cortex-M3 CPU running up to 72 MHz for fast performance.
• On board Applications : I2C LCD Display, 5V DC Relay with Driver, 5V Buzzer with Driver

• It uses an ARM 32-bit Cortex-M4 CPU running up to 168 MHz for high performance embedded systems.
• It has a 12-bit ADC, PWM, and DAC channels.

• Base, Intermediate arm, Rotational arm, Gripper 
• Each arm with secondary double end limit switch
• The kit consists of aluminum / MS brackets

It consists of Rasching Rings, Rust proof measuring and storage tank, Piezometer,  Pump, U tube manometer, Hand valves, etc., to study the characteristics of Packed Bed Column.

It consists of Glass beads, Rust proof measuring and storage tank, Piezometer,  Pump, U tube manometer, Hand valves, etc., to study the characteristics of Fluidized Bed Column.

This experiment conducted to study the Helical and Spiral Coil. It consists of Helical and Spiral coil, Sump tank (50 liter), 0.5HP pump, One rust proof measuring tank with Piezo meter, Measuring tank with side level indicator, U-tube manometer, Hand valves etc.,

This experiment conducted to study the losses due to pipe fittings like elbows, bends, valves, sudden contraction, sudden expansion etc.,. This unit consists of 0.5 HP pump, Rust proof measuring and storage tank, measuring tank, U-tube manometer, Piezo meter and stop watch.

This experiment conducted to study the Straight and Annular Pipe losses. It consists of 0.5HP pump, One rust proof measuring tank with Piezo meter, Necessary G1 pipes with fittings and pressure tapings, Digital stop watch, One U-tube manometer, Hand valves etc.,

This unit consists of compressor, condenser, duct, expansion valve, temperature sensor, pressure gauge etc., to study the effect of heat transfer co- efficient

This unit used to demonstrate and performance of cooling tower. It consist of Cooling tower, Heater, Blower, Nozzle, Rotameter and Temperature Sensors.

• Two stage two cylinder air compressor 
• Air tank with suitable panel 
• Temperature sensor with multichannel indicator 
• Energy meter, Stop watch, Pressure Gauge, Starter, Pressure Relief valve provided

This unit consist of compressor, condenser, evaporator, expansion valve, temperature sensor, pressure gauge etc., to study the effect of heat transfer co- efficient

• Industrial water heater 
• copper disc is fixed in a handle 
• Thermocouple used to measure the temperature at different point.
• Multi-channel temperature indicator 
• All components are fixed in MS panel with powder coated frame.

• Aluminum Disc to find the emissivity.
• Electric disc heater 
• Thermocouple sensors to sense the variable place
• Multichannel temperature indicator to indicate the all temperature.

This unit consist of heat exchanger, instant water heater, RTD / Thermocouple sensors with indicator, heater power controller etc. to study the performance of parallel and counter flow heat exchanger.

• Rod heater fixed on pipe
• Heater setup with transparent cover 
• Thermocouple as a temperature sensor
• Variable voltage source for heater supply

• Spring heater mounted on copper tube.
• Blower to supply air through the tube.
• Orifice with U tube manometer provided.
• Variable voltage source for heater supply

• Fin is fixed on the heater
• Blower with mini Duct provided.
• Temperature sensor
• Multichannel digital temperature indicator
• Variable voltage source for heater supply

• Concentric copper sphere, inner sphere heated by a concealed electricheater.
• Specimen plates provided 
• Digital temperature indicators with multichannel switch 

• Metal tube with lagging material are filled in tube
• Lagging material are rolled on heater
• Variable voltage source to supply the heater input
• Heater (500 watts) with indicator provided

• Composite slab assembly with transparent front view
• Slab material : Wood, Steel, Aspestos (Size : 200 mm)
• Electric heater to heat the slab temperature
• Variable voltage source for heater

This unit to study the heat transfer rate on composite structures made up of different material. This unit consists of Heater, Temperature indicator & Sensors, Composite slab with Transparent cover etc.,.

The apparatus consists of a glass tube with one end having bell mouth entrance connected to a constant head water tank and at the other end a valve is provided to vary the flow rate. The tank is of sufficient capacity to store water for conducting the test.

• Motor coupled with vane pump to delivers oil in pipe line
• Measuring tank with piezo meter to measure the discharge of oil in vane pump 
• Storage tank to store the oil for independent circulation 

• Motor coupled with gear pump to delivers oil in pipe line
• Measuring tank with piezo meter to measure the discharge of oil in gear pump 
• Storage tank to store the oil for independent circulation 

The unit consist of a small pelton wheel connected to rope brake dynamometer. It is high head at minimum discharge turbine. Water is given from reservoir to the turbine through penstock. A centrifugal pump is provided to supply the water to turbine. Orifice meter & pressure gauges provided

The unit consists of a base upon which bearing holders and driving motor are coupled. Bearing holder is provided for fitting various bearing to provide different conditions for test shafts, viz. both end fixed and one end free. A variac provided for speed control of driving motor.

Dynamic balancing is a way of balancing machines by rotating parts quickly and measuring the imbalance using electronic equipment. The imbalance measured can then be corrected by adding or subtracting weight from the rotating parts until the vibration is reduced

The entire system is mounted on a heavy duty frame which is embedded with multi springs to absorb the shock generated while reciprocation is in action with reciprocating system duly fixed on the frame

• High torque stepper/DC motor 
• Stepper/DC motor driver circuit
• Water tank with compact DC pump and driver circuit
• Solenoid valve with relay driver circuit
• In-Built power supply and mimic diagram

• Immerson Heater
• Stirrer to mix the process tank water
• Process tank to store the water 
• Transparent storage tank with level switches provided

• Double acting pneumatic cylinder fixed on horizontally in the loading unit 
• Small square wooden block as a stamping job stacked vertically in a loading unit

• 50 SPDT Switches provided to simulate the Digital inputs.
• 50 LEDs provided with fuse protection to simulate the Digital outputs.
• Digital voltmeter, ammeter to display the Voltage and Current

• DCS controller, Distributed I/O Module and IOT module fixed on control panel
• Control switches, Indicators, Meters, Test points, Rack provided
• SPDT Switches/Push button provided to simulate the Digital inputs.

• Single phase auto transformer
• Magnetic disk / analog type energy meter to measure energy
• Analog Ammeter, Voltmeter and Wattmeter
• 5 No’s of bulb act as a load
• ...

• Water flow sensor mounted on the pipe line
• Digital flow indicator
• Reservoir tank with suitable pump
• Rotameter to measure the flow rate
• Powder coated metal frame

• Three axis controlled table top model laboratory drilling machine
• Main Spindle carrying drill bit driven by high torque motor
• Drilling for lighted metals/materials (viz. Acrylic, Plastic, Wood, Aluminum)
• Screw rod mechanism

• Four arm with suitable terminal connectors
• Signal generator and audio amplifier with speaker
• Three resistance are provided in one of the arms
• Variable resistance provided...

• Highly torque stepper motor
• Position feedback sensor fixed
• PWM based intelligent power driver
• Digital Controller and Digital display
• Regulated power supply

• Strain gauge based reaction type torque sensor mounted in L angle
• L angle and 1m length fulcrum arm
• Slotted weight 100 gms (1 Kg) with hooks
• Digital display to indicate the torque...

• DC Motor with Speed Sensor mounted on a frame
• Variable voltage source, F/V converter
• fixed on the frame
• Digital display

• Two types of D to A converter
• 8 No of SPDT switches

• Analog to Digital Converter
• Triggering pulse generated by 555 IC
• 8 No of LED’s to simulate the output
• Potentiometer to vary the DC input voltage feed to ADC
• Built-in power supply

• One Potentiometer with millivoltage (0-50) mA source
• Instrumentation amplifier circuit board
• Different gain selection (10,100 gain)
• Zero calibration potmeter and Digital display
• ...

• Strain gauge sensor with 1Kg cantilever beam
• Slotted weights with hook
• Signal conditioner and Digital display
• Regulated Power Supply
• Zero, span adjustment knob

• LDR, Photo diode as a optical sensor
• Variable voltage source
• Bulb and sensors
• Regulated Power supply
• Powder coated metal cabinet

• LVDT sensor fixed on the calibration jig
• LVDT calibration jig with screw gauge
• Signal conditioner and Digital display
• Zero span adjustment knob
• Regulated power supply

• RTD and Thermistor as a temperature sensor
• Signal conditioner for each sensor
• Resistance source provided for zero calibration
• Water bath as a heat source
• Digital display ...

• Strain gauge based pressure sensor to sense the tank pressure
• Pressure tank to store the air pressure
• Foot pump and pressure tank
• Bourdon type pressure gauge
• ...

• Four arm with suitable terminal connectors
• Signal generator and audio amplifier with speaker
• Three capacitance are provided in one of the arms
• Variable resistance potmeter provided...

• Four arm with suitable terminal connectors

• Four arm with suitable terminal connectors
• Signal generator and audio amplifier with speaker
• Four resistance are provided in one of the arms
• Inbuilt Inductor bank provided ...

• Four arm with suitable terminal connectors
• Signal generator and audio amplifier with speaker
• Four capacitance are provided in one of the arms
• Inbuilt capacitance bank provided [4 values]

• Four arm with suitable terminal connectors
• Three resistance are provided in each of the two arms

• Four arms with suitable terminal connectors
• Digital display for bridge balancing condition

• Synchro transmitter with calibrated dials
• Synchro receiver with calibrated dials
• Step down transformer

• Square waveform and variable DC voltage source
• Error detector, Controller with proportional and Process
• Separate Stable and Unstable block
• Regulated power supply with test points

• IC based analog / Digital PI controller
• Feedback sensor (0-360)˚ with electrical output
• MOSFET based power driver circuit
• 12V gear motor for...

• AC geared servo motor are permanent split capacitance induction motor
• IC based analog / Digital PI controller
• Thyristor based power driver circuit

• Signal Generator to generate sine & square waveforms
• Compensation network implementation through built-in variable gain amplifier
• Lead, Lag, invertor blocks
• Sine, Square amplitude and ...

• Simulated 1st ,2nd , 3rd order system of type 0 and type 1 system
• PID section with adjustable proportional gain, derivative and integral time constants …

• Miniature DC motor fixed in front panel
• DC bulb fixed on the plate.
• PWM based DC power driver
• Relay driver with bulb indicator
• Proximity sensor mounted in panel.
• Switch with LED indicator

• Motor fixed in metal frame
• Power driver circuit
• Speed sensor to sense the motor speed
• Built in power supply
• Digital LED Green display to indicate motor speed

• DC Motor fixed on metal frame
• In-Built RELAY based power driver circuit
• Speed sensor to sense the motor speed
• Built in power supply

• DC Motor fixed on metal frame
• MOSFET based power driver circuit
• Speed sensor to sense the motor speed
• Voltage source for internal testing purpose

• Traffic light controller setup
• Inbuilt power supply
• LED’s Provided on each side
• All input and output terminals are terminated in front panel to interface with PLC’s
• Powder coated metal cabinet

• Relay driver with lamps (230V).
• In-built Power Supply.
• Switches provided.
• Connectors for external interface from PLC
• Mimic diagram sticker with metal cabinet.

• Lift arrangement and conveyor belt.
• Stepper/Servomotor 
• Lift position sensor with indicators
• All input and output points are terminated in front panel to interface with PLC’s.

• Conveyor movement mechanism with motor pulley.
• Stepper / Servo motor 
• Metal sensor to sense the optical presence.
• Connectors for external interface from PLC

• MS with powder coated pressure tank
• Pressure sensor 
• Pressure gauge 
• Solenoid valve with driver 
• Digital LED display to moniter the tank pressure.

• Water bath / Mini furnace (100°C) with cooling fana a heat source.
• In-Built High Power relay circuit & power Supply.
• Signal conditioner
• Digital display to indicate the Water bath temperature

• Sump tank with miniature pump to circulate the water.
• Transparent process tank with setup.
• In-Built Power Supply and Driver circuit
• Connectors for external interface from PLC.

This PLC trainer consists of PLC, Demonstration panel, Programming software to study the concepts, and programming of programmable logic controller.

This  PLC  trainer  consists  of  Demonstration  panel,  PLC  software  to  study  the concepts,  and  programming  of  programmable  logic  controller.  Demonstration panel consists of PLC, Switches and LEDs to demonstrate input, output functions, etc.

Shock Absorber Test Rigs are used to check performance over a number of repeatitive cycles. Loading frequency can be varied as per requirement. These are mechanical or digital controlled and provided with the option of either operating it manually, semi automatically or fully automatically.

An ignition system generates a spark or heats an electrode to a high temperature to ignite a fuel-air mixture in spark ignition internal combusion engines, oil-fired and gas-fired boilers, rocket engines, etc

• Mechanical version: Load indicated on graduated Dial scale
• Electric Digital version: Load indicated on microprocessors Based Digital indicator

This rig has provision to run the chain like in a vehicle and can be loaded to different speeds and torque

This system is a simple desktop arrangement and the trainer is provided with cams of 2 different sizes.

• Processor: 8051 Core 89C51 Microcontroller
• Clock speed: 12 MHz
• Internal Memory: 64KB on-chip Flash memory and 1KB RAM
• External memory: 64KB RAM program and data with Battery backup

• INTEL 8086CPU AT 4.77 MHZ CLOCK SPEED 16KB for monitor EPROM upgradable to 64kb 16KB RAM expandable to 64KB
• Battery backup provision for RAM upto 64KB

• Devices : 8085(Intel)
• Clock : 6.144MHz crystal
• 32KB-SRAM for user Data
• 16KB-EEPROM for Monitor Program
• 2x16 Char LCD display
• 48 Programmable I/O Pins for ( 2 x 8255)

• 3 phase 16Amps contactors
• Start and stop switches provided
• 3 timers provided
• Provision to wire control and power wiring
• Provision to wire external resistances in the rotor circuit

• 3 phase, 16Amps main contactor
• 6A overload relay
• Start and stop push button switches, Fuses provided
• Power wiring termination
• Control wiring termination
• Powder coated metal cabinet.

• 16Amps, 3 phase contactors
• Start and stop push button switches, Fuses provided
• Power wiring termination
• Control wiring termination
• Powder coated metal cabinet

• Sensor to sense the presence of car.
• Different color LED provided
• Stepper motor to close the door.
• Stepper motor driver
• Connectors for external interface from PLC
• Powder coated metal frame setup

• Turbine flow sensor mounted on pipe line.
• Variable area flow meter mounted on pipe line
• DC motor with pump
• In-built Power supply
• Digital display 

• Electric heater to heat the specimen.
• Specimen bar provided 
• Digital temperature indicators with multichannel switch 
• Temperature sensor to sense the various place.

The apparatus consists of one brass cup and cover fitted with shutter mechanism test flame arrangement (Oil test jet or Gas test jet) and stirrer placed on a water bath made of Stainless steel sheet, double walled. The outer jacket of the water bath is fitted with a stand.

Orsat gas analysis apparatus with three absorption pipettes of two compartment type,100 ml Gas Burette with outer jacket, manifold with stopcocks, and aspirator bottle, for the analysis of CO, O2, CO2, particularly in fuel and furnace gases, complete in wooden cabinet with sliding doors.

• Cooling bath made of stainless steel sheet.
• Stand unit with drain plug and cover with provision for fitting thermometer.
• Equipped with a filling aperture for adding freezing mixture.

The apparatus consists of stainless steel bath with oil cup. The bath has a lid which contains water cooling tube, two handles with two stirring blades, thermometer socket and a straight heater. Two jets one universal and one furol can be screwed to the cup by a handle.

• Metal shield to support distillation flask with Geared Height Adjustment Device.
• PT 100 Temperature sensor, Slot for vapor tube.
• Non‑refrigerated cooling bath ( with ice ) and supporting stand

The setup comprises of hammer tone finish, Stainless steel bath with drain plug, electrical heating arrangement, with silver plated oil cup with precision stainless steel jet, ball valve, cover, thermometer clip, stirrer and suitable stand with leveling screws.

• Brass Test cup with handle removable cup cover.
• Spring operated rotating shutter having pilot jet for ignition.
• Air Bath which is covered with Dome shape metal top
• Heater with energy regulator.

The apparatus consist of 500 ml heat resistant glass with neck having ground glass joint, a condenser made of heat resistant glass, receiver - also made of heat resistant glass with ground glass joint leading to the flask and graduated tube. Capacity of receiver will be 2 or 10 ml.

• Cast aluminum base with an iron stand
• Built‑in spirit level and leveling screws
• Brass cone, container, weight and Digital time controller
• Brass chromium plated rod slide through the lower portion of the arm.

• Spun Sheet Iron Crucible 25 cc capacity
• sheet hood and sheet iron block
• Meker burner, Porcelain crucible
• Nichrome Triangle
• Inner crucible nd Outer crucible with lid

• Double walled water bath
• Inner chamber is made of mirror polished - SS from corrosion resistance effect.
• Exterior body is fabricated from Mild steel material
• Auto-Tune Digital PID temperature controller

It consists of Calorimeter vessel with bomb support & insulating base, Water Jacket, Combined lid for calorimeter vessel & water jacket, Stirrer, Fine adjustment valve with built in pressure gauge, Safety Relief Valve fitted on gas filling tube adapter, Pellet Press, Ignition Wire – Nichrome

• Thermostatically controlled heating unit
• Motorized stirrer arrangement for stirring the liquids
• Energy regulator for heating control
• Borosil make Thin film tube of 400 ml capacity for placing the sample

• Cup heating plate to specific dimensions, thermometer clip and test flame applicator with swivel joint for passing over liquid surface in the prescribed manner.
• Heater is controlled by energy regulator fitted to the apparatus.

Temperature Process Control Trainer is one of the most advanced industrial prototypes learning equipment designed and fabricated as per Latest Technology. It consists of Temperature Transmitter, Thyristor based power driver, Water Heater, Pump, Hand Valve and Data Acquisition unit etc.

The Pressure Process experimental setup is an Industrial model miniature version and occupies less space. It consisting of Pressure Transmitter, Control Valve, Electro Pneumatic Converter, Hand Valves, Pressure Gauges and Data Acquisition unit etc.,

This advance cascade control trainer consists of Control valve, I/P Converter, Flow Transmitter, Process tank, Storage tank, Rotameter, Level Transmitter, Air Regulator and a powerful data acquisition card etc., provided to control the above process.     

Temperature Process Controller using Heat Exchanger is one of the most advanced and learning equipment designed and fabricated by latest technology. This unit consists of Heat Exchanger, Control Valves, I/P Converters, Flow Transmitters, SS Process tank with Controller, Rotameters,

This system is especially designed to understand the working of Multi Tank System advance study in complex systems. It is a combination of two double tank system (Quadruple Tank) Nonlinear system, Temperature heat exchanger.

This system is especially designed to understand the working of Multi Tank System advance study in complex systems. It is a combination of two double tank system (Quadruple Tank). It is well-arranged frame work with Level Transmitters, Control Valves, Pumps, Flow meters etc…

This advance multi process control trainer consists of Control valve, I/P Converter, Flow Transmitter, Process tank, Storage tank, Rotameter, Level Transmitter, Air Regulator and a powerful data acquisition card etc., provided to control the  process.       

This advance process control system consists of process control components like Water Bath, Control valve, I/P converter, Heater, rotameter, Temperature Transmitter and Smart Differential pressure Transmitter etc. to establish a closed loop control of CSTR process.

pH control unit has been designed to enable the students to go through the complete design procedure and finally verify the performance of p^H Control System.

This system is especially designed to understand the working of Four Tank System (Interacting & Non-Interacting) advance study in complex systems. It is a combination of two double tank system (Quadruple Tank).

Three Tank System is one of the most advanced industrial prototypes learning equipment designed and fabricated by latest technology. This experimental has been designed to expose the students to such a practical application system.

This advanced research unit consists of Conical tank, Spherical tank, Control Valve, I/P Converter, Pumps, Level Transmitters, etc., to study the Interacting System.

The objective of this experimental setup is to study control of level in a spherical tank which is a non-linear system. The set up consist of spherical tank, storage tank, rotameter, control valve, level transmitter and other accessories.

This unit consist of Conical tank, Control valve, I/P convertor, Rotameter, Pump, level transmitter, air regulator etc., to study the Non Linear system.

• Range             : Ambient  to 600°C
• Resolution (Set & Display) : 0.1°C
• Stabilization Time : 10 min
• Heating Time : 20°C/Min
• Controller : PID
• Dry Block Material : Copper

• Stainless Steel storage tank with inlet and outlet provision
• Rotameter to monitor the chemical flow rate
• Stainless Steel mini vessel to react the solution

• Stainless Steel (2 No’s) storage tank provided (NaOH and Ethyl Acetate) to store the solution
• Rotameter (2 No’s) to monitor the NaOH and Ethyl Acetate flow rate
• Stainless Steel storage tank fixed on frame.
• Stirrer with electric motor (3 No’s) to mix the CSTR
• Necessary hand valves
• Rugged powder coated MS frame

• Acrylic / Glass tube vertically mounted in frame
• Stainless Steel (2 No’s) storage tank provided (NaOH and Ethyl Acetate) to store the solution
• Rotameter (2 No’s) to monitor the NaOH and Ethyl Acetate flow rate

• Stainless Steel (2 No’s) storage tank provided (NaOH and Ethyl Acetate) to store the solution
• Rotameter (2 No’s) to monitor the NaOH and Ethyl Acetate flow rate
• Plug flow reactor setup

• Stainless Steel tank with outer wall insulation
• Water inlet and outlet provision
• Electric heater with control switch
• Temperature (Thermocouple) sensor
• Digital temperature indicator to display the temperature

• Stainless Steel chemical storage and preparation tank
• Stainless Steel CSTR tank to mix the solution
• Stirrer and gear motor with electric switch

• Stainless Steel (2 No’s) storage tank provided (NaOH and Ethyl Acetate)
• Rotameter (Make : Eureka) (2 No’s) to monitor the NaOH and Ethyl Acetate flow rate
• Stainless Steel storage tank fixed on frame.

• Stainless Steel (2 No’s) storage tank provided (NaOH and Ethyl Acetate)
• Rotameter (Make : Eureka) (2 No’s) to monitor the NaOH and Ethyl Acetate flow rate
• Stainless Steel storage tank fixed on frame.

• Spring leaded type Linear Variable Differential Transformer
• LVDT calibration jig with screw gauge
• Signal conditioner for LVDT sensor output

• Heater with cooling fan
• 5 Digit display to indicate the temperature
• Digital controller to control heater temperature
• RTD sensor to sense the heater temperature

• Thermistor as a temperature sensor
• Signal conditioner for above sensor
• Water bath / Kettle as a heat source
• Mercury filled analog thermometer
• Microprocessor with ADC/DAC board
• Digital Display to display the Linearized and Non-Linearized output

• Thermocouple sensors
• Hot junction and cold junction sensor with study provision
• Air heater as a heat source
• Digital DC panel ammeter and milli voltmeter

• Proving ring sensor
• A pan provision for placing the standard weights
• Dial gauge to measure the load
• The rings are supplied complete with dial gauge and works calibration chart

• 16 x 2 alpha numeric, LCD display
• 1 µS to 100mS (6 decade ranges)
• Auto/ Manual Calibration
• Temperature Range: 0 to 100°C
• Conductivity cell, Stand, Beaker 100ml, dust cover & manual

• 16 x 2 alpha numeric, LCD display
• 0 to 14pH, 0 to + 1999.9 mV, Temp. 0 to 100°C
• Auto/ Manual Calibration
• pH Electrode, Electrode stand, Beaker 100ml – 3 No’s, dust cover, Manual

• 12V DC motor fixed on the metal plate
• Optical (photo electric) type sensor to sense the speed of the motor
• MOSFET based power driver to drive the motor supply
• DC voltage source to vary the motor speed

• Mini furnace with cooling fan
• Digital indicator to display the set point and real temperature
• Temperature sensor to sense the furnace temperature
• Signal conditioner for above sensor

• Piezo Electric sensor fixed on exciter to sense the vibration
• Signal conditioner for above sensor output
• Digital display to display the acceleration and velocity
• Regulated power supply

• Muffle furnace
• Controller : Digital (ON/OFF)
• Provision provided to check the pyrometer
• Radiation pyrometer
• LCD display

• J type thermocouple as a temperature Sensor
• Signal conditioner for non- linear output voltage
• Cold junction compensation sensor with circuit

• Thermocouple (J, K Type) as a temperature sensor
• Signal conditioner for compensation sensor and thermocouple sensor
• Air heater with dimmerstat as a heat source

• RTD (PT100) as a temperature sensor
• Variable resistance source
• Instrumentation amplifier circuit
• Mini furnace with cooling fan as a heat source

• RTD, Thermistor, Thermocouple, AD 590 as a temperature sensor
• Signal conditioner for each sensors
• Regulated power supply and zero adjustment potmeters
• Water bath / Kettle as a heat source
• Mercury filled analog thermometer

• RTD and Thermistor with SS thermo well as a temperature sensor
• Signal conditioner for each sensor
• Resistance source provided for room temperature
• Water bath / Kettle as a heat source

• AD 590 with SS housing as a temperature sensor
• Signal conditioner for AD590 sensor
• Regulated power supply and Zero potmeter
• Water bath / Kettle as a heat source

• Spring leaded type Linear Variable Differential Transformer
• LVDT calibration jig with screw gauge
• Strain gauge sensor with cantilever beam to measure the beam strain
• Signal conditioner for sensor output
• Summing amplifier circuit

• Strain gauge sensor with cantilever beam to measure the beam strain
• Load cell sensor
• Pan provision for placing the standard weights
• Reaction type torque sensor mounted in L angle

• Load cell sensor with stand provided
• 3 kg weights (different kg) to apply the load
• LVDT sensor spring leaded type fixed on the calibration jig
• LVDT calibration jig with screw gauge

• Vacuum pressure sensor to sense the tank vacuum pressure
• Metal Pressure tank fixed on base plate
• Electric operated vacuum pump to create the vacuum

• Capacitive type pressure sensor to sense the tank pressure
• Pressure tank to store the air pressure
• Foot pump to create Pressure
• Bourdon type pressure gauge to monitor the tank pressure

• Piezo resistive pressure sensor to sense the tank pressure
• MS pressure tank with hand valve arrangement
• Foot pump to create Pressure
• Bourdon type pressure gauge to monitor the tank pressure

• Strain gauge based reaction type torque sensor mounted in L angle
• MS L angle and 1m length fulcrum arm
• Slotted weight with hooks
• Digital LED display to indicate the torque

• Strain gauge sensor with cantilever beam to measure the beam strain
• Slotted weights with hook to apply the load
• Standard Weights
• Signal conditioner for strain gauge sensor output

• Load cell sensor
• Pan provision for placing the standard weights
• Signal conditioner for load cell output
• Standard Weights
• Offset, span variable provision
• Digital display to display the applied

• Thermocouple (J Type) as a temperature sensor
• Voltage with current converter
• Zero and span potmeter provided
• Gain potmeter source provided
• Mini furnace with cooling fan as a heat source.

• Rotary Variable Resistive Sensor and Angular displacement linear sensor mounted on the panel
• Pro circle sticker with sensor output measuring points
• Loading circuit
• Regulated power supply

• Magnetic displacement sensor to sense the displacement
• Rotating knob with pro circle
• Signal conditioner for magnetic displacement sensor output
• Digital display to indicate the sensor displacement

• Strain gauge sensor with cantilever beam to measure the displacement of strain gauge
• Signal conditioner for strain gauge sensor output
• Digital green display to display the strain displacement

• Linear Variable Resistive Sensor mounted on the panel
• Scale sticker
• Regulated power supply
• Output voltage measuring provision

• Photo cell sensor
• Signal conditioner for above sensor
• Digital display
• Inbuilt power supply

• Diode thermometer
• Signal conditioner for diode thermometer
• Heating source
• Mercury filled analog thermometer
• Digital display

• Shaft angle encoder sensor with pulse output
• DC motor fixed on plate
• Variable voltage source
• Digital display to display the encoder output

• Resistive sensor to sense the variable area with Pro-circle
• Signal conditioner for resistive sensors output
• Resistance measuring provision, Needle arrangements
• Regulated power supply

• Capacitive and Resistive sensor to sense the variable area
• Signal conditioner for capacitive and resistive sensors output
• Resistance and capacitance measuring provisions

• Pressure sensor to sense the tank pressure
• Foot pump to create pressure
• MS pressure tank with hand valve arrangement
• Bourdon type MS pressure gauge to monitor the tank pressure

• Di-electric type capacitance sensor
• Mechanical movable setup with screw rod mechanism
• Transparent process tank with drain valve
• Graduated scale fixed on tank

• Copper inductor core with insulation
• Ferrite rod / metal rod fixed on mechanical movable setup
• Zero potmeter and scale arrangement
• Signal conditioner for inductive sensor output

• Angular type capacitive pickup Sensor to sense the variable area
• Signal conditioner for capacitive sensor output
• Pro-circle with needle arrangement
• Regulated power supply

• Rosette Strain gauge sensor with cantilever beam to measure the beam strain
• Slotted weights with hook to apply the load
• Signal conditioner for rosette strain gauge sensor output

• J and K type temperature sensor with SS housing
• Variable milli volt source provided
• Signal conditioner for above sensor
• Digital display to display the water bath temperature in degree
• Water bath / Kettle as a heat source

• Thermocouple and Thermistor as a temperature sensor
• Signal conditioner for each sensor output
• Resistance calibration source provided
• Water bath / Kettle as a heat source

• RTD (PT-100) as a temperature sensor
• Signal conditioner for RTD sensor output
• Resistance calibration source
• Water bath / Kettle as a heat source
• Digital display to indicate the water

• Sound sensor
• Thermocouple as a temperature sensor
• Hall effect sensor to sense magnetic flux
• LDR, photo diode as an optical sensor
• SS plate as capacitance sensor

• Strain gauge sensor with cantilever beam
• Load cell sensor
• Torque sensor mounted in L angle
• L angle and 1m length fulcrum arm
• Pressure sensor to sense the tank pressure

• LVDT sensor to sense the Bellows expansion
• Bellows fixed on the setup
• Signal conditioner for LVDT sensor output
• Pressure tank to store the pressure
• Foot pump to increase the pressure

• Stem type humidity & temperature sensor
• Humidity chamber setup with cooling fan
• Signal conditioner for humidity & temperature sensor output
• Zero adjustment potentiometers

• LVDT sensor to sense the bourdon tube displacement
• Bourdon tube pressure gauge fixed on the setup
• Signal conditioner for LVDT sensor output
• Pressure tank fixed on MS base plate

• Smoke sensor to sense the smoke of the area
• Signal conditioner for smoke the sensor output voltage
• Signal conditioning output connected with ALARM circuit
• Regulated power supply

• RTD 3 wire and 4 wire as a temperature sensor
• Signal conditioner and Zero potmeter
• Inbuilt resistance calibration source
• Water bath / Kettle as a heat source
• Digital display to indicate the bath temperature

• Digital panel type controller to control the heater temperature
• RTD and Thermocouple as a temperature sensor
• Signal conditioner for each sensor
• Digital display to indicate the temperature value

• 3 No’s of different thermocouple (J, K, T Type) as a temperature sensor
• 3 No’s of signal conditioner for thermocouple sensor
• Zero potmeters for (J, K, T Type) signal conditioner

• Negative temperature co- efficient thermistor as a temperature sensor
• Signal conditioner for thermistor sensor output
• In Built resistance calibration source
• Water bath / Kettle as a heat source

• 12V DC motor with optical disk mounted on a plate
• Optical sensor and proximity sensor to sense the motor speed
• F/V converters to convert the pulses to voltage

• Linear Variable Resistive Sensor mounted on the panel
• Resistance measuring provision
• Regulated power supply
• Output voltage with test points
• Digital LED green display

The model is especially designed to understand the working of Level Process Controller. It consists of one Capacitance level transmitter (300mm), Control Valve (Equal %), Electro ...

It is well arranged on Frame work consisting of one DPT Transmitter (0-157.5 inch Wc), Control Valve, Electro Pneumatic Converter, 50-500 lph Rotameter, Orifice plate, Storage tank ...

• Voltage to Current converter
• Digital display to indicate the output current (0-20 mA)
• Voltage source (0-5) V DC
• Regulated power supply

• DC Motor with Speed Sensor (Tachogenerator) mounted on a frame
• Speed Range: 0 to 500 rpm to vary the motor speed
• Variable voltage source, F/V converter
• Digital display